ó ,™xTc@ slddlmZddlZddlmZddlmZdd„Zedkrheej dƒndS( iÿÿÿÿ(tdivisionN(treticular_twin_laws(t option_parsersphenix.find_reticular_twin_lawsc C s&td|ddd|ƒjƒjƒjdddddd d d d d ddƒjddddd dd dddƒjd|ƒ}|j}t|ƒdkr¯|jj ƒdS|j }|j }|j }dGH|j ƒHdGHdG|GHdG|GHHdGHHdGHtj|||ƒ}dGHH|jƒdS(Ntusages [options] t descriptionsExample: %s data1.mtzs --max_indextactiontstoretdestt max_indextdefaultittypetinttmetavartINTs --max_deltat max_deltag@tfloattFLOATtargsis----- Input symmetry -----s Settings:s max_delta: s max_index: s'----- Finding reticular twin laws -----s3 Reticular twin laws are grouped by their associated sublattice. The matrix M acting on the input (base) lattice is listed, as well as the metric R value (\%) between the symmetrized sublattice and the unsymmetrized sublattice. reticular twin laws of twin index 1, are 'normal' twin laws s0--------------- Twin law listing ---------------(Rtenable_show_defaultstenable_symmetry_comprehensivetoptiontNonetprocesstoptionstlentparsert show_helpRRtsymmetryt show_summaryRtshow(Rt command_namet command_linetcoRRtxsttl((sY/public2/ftp/pub/ccp4/6.5/ccp4-6.5/lib/py2/cctbx/command_line/find_reticular_twin_laws.pytruns8  !'          t__main__i( t __future__Rtsyst cctbx.sgtbxRtiotbx.option_parserRR#t__name__targv(((sY/public2/ftp/pub/ccp4/6.5/ccp4-6.5/lib/py2/cctbx/command_line/find_reticular_twin_laws.pyts   1